Jinhua Wu

TL;DR: In this paper, the authors proposed a water kinetic energy jet propulsion ventilation cooling tower, which consists of an air duct, a multidimensional dehydrator, a tower body, a WKJ device, an air collection duct, water spray plate, a water spray grillage, an anti-splash plate, air inlet, air guiding plates and a water collection pool.

TL;DR: In this article, a parallel-counter flow jet flow duplex cooling tower has been proposed, where the core portion of a counter-flow packing cooling tower is improved to be in the parallel flow cooling mode, packing, a counter flow spraying device and a common dehydrator are removed, the cooling form of the tower is optimized, water fluttering ratio of the dehydrator is reduced, cold efficiency can be improved under the same working condition, and the cooling tower was stable in cold efficiency.

TL;DR: In this paper, the authors proposed a parallel-counter flow jet flow duplex hyperbolic curve cooling tower, which comprises a blow dryer, a multi-dimensional dehydrator, a jet flow water distribution system, a honeycomb rectifier, an air inlet and a water collection pool.

TL;DR: In this paper, the authors propose a utility model for small and medium-sized cooling towers in a water kinetic energy jetting propulsion mode, which includes an air barrel, a multi-dimensional dehydrator, a tower body, a water-kinetic jetting device, an air collecting barrel, water spraying plate, a spraying plate rack, a splash plate, air inlet, air guide plate, and a water collecting pond.

TL;DR: In this article, the core portion of the cocurrent and countercurrent jet compound hyperbolic cooling tower is improved into a cocurrent cooling mode, and abandons a filler, a countercurrent spray device and a common dehydrator, so the cooling form of the tower is optimized, and the drifting ratio of the dehydrator is reduced.